def test_version_max_returns_None_on_empty_list(self):
self.mox.ReplayAll()
self.assertEquals(self.apa.version_max([]), None)
v2 = VersionAdapter(FakeVersion._create('2.0', []))
v21 = VersionAdapter(FakeVersion._create('2.0~1', []))
self.assertEquals(self.apa.version_max([v21]), v21)
self.assertEquals(self.apa.version_max([v2, v21]), v2)
self.assertEquals(self.apa.version_max([v21, v2]), v2)
def testWithCandidate(self):
fake_version = FakeVersion('1.2')
fake_version.append_package_file(FakePackageFile())
self.mock_depcache.get_candidate_ver(self.a_fake_package).AndReturn(fake_version)
self.mox.ReplayAll()
version_adapter = self.dca.get_candidate_version(self.package_adapter)
self.assertEquals(version_adapter.string, '1.2')
def test_version_max_returns_None_on_empty_list(self):
self.mox.ReplayAll()
self.assertEquals(self.apa.version_max([]), None)
v2 = VersionAdapter(FakeVersion._create('2.0', []))
v21 = VersionAdapter(FakeVersion._create('2.0~1', []))
self.assertEquals(self.apa.version_max([v21]), v21)
self.assertEquals(self.apa.version_max([v2, v21]), v2)
self.assertEquals(self.apa.version_max([v21, v2]), v2)
def test_returns_none_in_common_case(self):
"""Common case means: package with identical, officially-available
current and candidate versions, which is also the newest available
version."""
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']), True)
self.fp.append_version(FakeVersion._create('1.2.2', ['Debian']))
pa = PackageAdapter(self.fp)
pa.candidate_version = pa.current_version
self.assertEquals(self.checker.check(pa), None)
def test_returns_none_in_common_case_when_all_versions_available_additionally_from_unofficial_source(
self):
self.fp.append_version(
FakeVersion._create('1.2.3', ['Debian', 'UnOfficial']), True)
self.fp.append_version(
FakeVersion._create('1.2.2', ['Debian', 'UnOfficial']))
pa = PackageAdapter(self.fp)
pa.candidate_version = pa.current_version
self.assertEquals(self.checker.check(pa), None)
def test_returns_none_in_common_case(self):
"""Common case means: package with identical, officially-available
current and candidate versions, which is also the newest available
version."""
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']), True)
self.fp.append_version(FakeVersion._create('1.2.2', ['Debian']))
pa = PackageAdapter(self.fp)
pa.candidate_version = pa.current_version
self.assertEquals(self.checker.check(pa), None)
def test_version_sort(self):
self.mox.ReplayAll()
self.assertEquals(self.apa.version_sort([]), [])
v1 = VersionAdapter(FakeVersion._create('1', []))
v0 = VersionAdapter(FakeVersion._create('0', []))
v2 = VersionAdapter(FakeVersion._create('2.0', []))
v21 = VersionAdapter(FakeVersion._create('2.0~1', []))
self.assertEquals(self.apa.version_sort([v21]), [v21])
self.assertEquals(self.apa.version_sort([v1, v0, v21, v2]), [v2, v21, v1, v0])
def _prepare_package_with_candidate_from_official_source_and_current_from_unofficial(
self):
self.fp.append_version(FakeVersion._create('1.2.2', ['NotDebian']),
True)
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']))
pa = PackageAdapter(self.fp)
pa.candidate_version = VersionAdapter(
FakeVersion._create('1.2.3', ['Debian']))
return pa
def testWithCandidate(self):
fake_version = FakeVersion('1.2')
fake_version.append_package_file(FakePackageFile())
self.mock_depcache.get_candidate_ver(
self.a_fake_package).AndReturn(fake_version)
self.mox.ReplayAll()
version_adapter = self.dca.get_candidate_version(self.package_adapter)
self.assertEquals(version_adapter.string, '1.2')
def test_returns_a_status_object_on_package_with_candidate_from_unofficial_source(self):
self.fp.append_version(FakeVersion._create('1.2.3', ['Unofficial']), True)
self.fp.append_version(FakeVersion._create('1.2', ['Debian']))
pa = PackageAdapter(self.fp)
pa.candidate_version = VersionAdapter(FakeVersion._create('1.2.5', ['NonDebian']))
status = self.checker.check(pa)
self.assert_(status != None)
self.assertEquals(status.package_name, 'afake')
self.assertEquals(status.installed_version.string, '1.2.3')
self.assertEquals(status.candidate_version.string, '1.2.5')
def test_version_sort(self):
self.mox.ReplayAll()
self.assertEquals(self.apa.version_sort([]), [])
v1 = VersionAdapter(FakeVersion._create('1', []))
v0 = VersionAdapter(FakeVersion._create('0', []))
v2 = VersionAdapter(FakeVersion._create('2.0', []))
v21 = VersionAdapter(FakeVersion._create('2.0~1', []))
self.assertEquals(self.apa.version_sort([v21]), [v21])
self.assertEquals(self.apa.version_sort([v1, v0, v21, v2]),
[v2, v21, v1, v0])
def test_returns_a_status_object_on_package_with_candidate_from_unofficial_source(
self):
self.fp.append_version(FakeVersion._create('1.2.3', ['Unofficial']),
True)
self.fp.append_version(FakeVersion._create('1.2', ['Debian']))
pa = PackageAdapter(self.fp)
pa.candidate_version = VersionAdapter(
FakeVersion._create('1.2.5', ['NonDebian']))
status = self.checker.check(pa)
self.assert_(status != None)
self.assertEquals(status.package_name, 'afake')
self.assertEquals(status.installed_version.string, '1.2.3')
self.assertEquals(status.candidate_version.string, '1.2.5')
def setUp(self):
super(Test_Package_And_Version_Reading, self).setUp()
self.fake = FakePackage()
v1 = FakeVersion()
v1.ver_str = '1.2.3'
v1.append_package_file(FakePackageFile())
fpf = FakePackageFile()
fpf.not_automatic = 1
v1.append_package_file(fpf)
v2 = FakeVersion()
v2.ver_str = '4.5.6'
self.fake.version_list.append(v1)
self.fake.version_list.append(v2)
self.fake.current_ver = v1
self.set_up_package_adapter_and_replay_all()
def set_up_package_adapter_and_replay_all(self):
mock_depcache_adapter = self.mox.CreateMock(DepCacheAdapter)
self.va = VersionAdapter(FakeVersion._create('1.2.4', []))
mock_depcache_adapter.get_candidate_version(mox.Func(lambda pa: pa.name == 'afake')).AndReturn(self.va)
self.mox.ReplayAll()
self.p = PackageAdapterFactory(mock_depcache_adapter).create_package_adapter(self.fake)
def setUp(self):
super(Test_Instantiation_Without_Official_Versions, self).setUp()
fv1 = FakeVersion('1.2.5')
fv1.append_package_file(FakePackageFile())
installed_version = VersionAdapter(fv1)
fv2 = FakeVersion('1.2.6')
fv2.append_package_file(FakePackageFile())
candidate_version = VersionAdapter(fv2)
self.versions_by_origin = {
'NonDebian': [VersionAdapter(FakeVersion('foo'))]
}
self.s = Status('foo', installed_version, candidate_version,
self.versions_by_origin)
def test_aborts_on_package_without_current_version(self):
"""CacheAdapter should not pass such objects to us. It's better to know
in such cases. If there will ever be a need to support this, it can be
changed."""
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']), True)
pa = PackageAdapter(self.fp)
pa.candidate_version = pa.current_version
pa.current_version = None
self.assertRaises(ValueError, self.checker.check, pa)
def test_aborts_on_package_without_current_version(self):
"""CacheAdapter should not pass such objects to us. It's better to know
in such cases. If there will ever be a need to support this, it can be
changed."""
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']), True)
pa = PackageAdapter(self.fp)
pa.candidate_version = pa.current_version
pa.current_version = None
self.assertRaises(ValueError, self.checker.check, pa)
def set_up_package_adapter_and_replay_all(self):
mock_depcache_adapter = self.mox.CreateMock(DepCacheAdapter)
self.va = VersionAdapter(FakeVersion._create('1.2.4', []))
mock_depcache_adapter.get_candidate_version(
mox.Func(lambda pa: pa.name == 'afake')).AndReturn(self.va)
self.mox.ReplayAll()
self.p = PackageAdapterFactory(
mock_depcache_adapter).create_package_adapter(self.fake)
class TestBaseVersionAdapter(test_helper.MoxTestCase): def setUp(self): super(TestBaseVersionAdapter, self).setUp() self.setUpFakeVersion() self.setUpVersionAdapter() def setUpFakeVersion(self): self.fake_version = FakeVersion() def setUpVersionAdapter(self): self.va = VersionAdapter(self.fake_version) def testString(self): self.assertEquals(self.va.string, '1.2.3') def testLenOfFilesListPositive(self): "If there is a version, it must come from at least one file (dpkg status)." self.assert_(self.va.files > 0) def testBasicStringification(self): self.assertMatches(str(self.va), r'<VersionAdapter 1.2.3') def setUpAddAFile(self): self.fake_version.append_package_file(FakePackageFile(path = '/b/lah'))
def test_does_not_abort_and_returns_a_status_object_on_package_without_candidate_version(self):
"""Because a candidate version is always reported by apt in normal
situations, even when the only known version is installed and not
available anywhere else. One case where no candidate version is
reported is when there is a pin which cannot be met."""
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']), True)
pa = PackageAdapter(self.fp)
pa.candidate_version = None
status = self.checker.check(pa)
self.assert_(status != None)
def test_does_not_abort_and_returns_a_status_object_on_package_without_candidate_version(
self):
"""Because a candidate version is always reported by apt in normal
situations, even when the only known version is installed and not
available anywhere else. One case where no candidate version is
reported is when there is a pin which cannot be met."""
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']), True)
pa = PackageAdapter(self.fp)
pa.candidate_version = None
status = self.checker.check(pa)
self.assert_(status != None)
def setUp(self): super(Test_Package_And_Version_Reading, self).setUp() self.fake = FakePackage() v1 = FakeVersion() v1.ver_str = '1.2.3' v1.append_package_file(FakePackageFile()) fpf = FakePackageFile() fpf.not_automatic = 1 v1.append_package_file(fpf) v2 = FakeVersion() v2.ver_str = '4.5.6' self.fake.version_list.append(v1) self.fake.version_list.append(v2) self.fake.current_ver = v1 self.set_up_package_adapter_and_replay_all()
class TestBaseVersionAdapter(test_helper.MoxTestCase):
def setUp(self):
super(TestBaseVersionAdapter, self).setUp()
self.setUpFakeVersion()
self.setUpVersionAdapter()
def setUpFakeVersion(self):
self.fake_version = FakeVersion()
def setUpVersionAdapter(self):
self.va = VersionAdapter(self.fake_version)
def testString(self):
self.assertEquals(self.va.string, '1.2.3')
def testLenOfFilesListPositive(self):
"If there is a version, it must come from at least one file (dpkg status)."
self.assert_(self.va.files > 0)
def testBasicStringification(self):
self.assertMatches(str(self.va), r'<VersionAdapter 1.2.3')
def setUpAddAFile(self):
self.fake_version.append_package_file(FakePackageFile(path='/b/lah'))
def setUp(self):
super(Test_Instantiation_Without_Official_Versions, self).setUp()
fv1 = FakeVersion("1.2.5")
fv1.append_package_file(FakePackageFile())
installed_version = VersionAdapter(fv1)
fv2 = FakeVersion("1.2.6")
fv2.append_package_file(FakePackageFile())
candidate_version = VersionAdapter(fv2)
self.versions_by_origin = {"NonDebian": [VersionAdapter(FakeVersion("foo"))]}
self.s = Status("foo", installed_version, candidate_version, self.versions_by_origin)
def setUp(self):
super(TestInstantiation, self).setUp()
fv1 = FakeVersion()
fv1.append_package_file(FakePackageFile())
installed_version = VersionAdapter(fv1)
fv2 = FakeVersion("1.2.4")
fv2.append_package_file(FakePackageFile())
candidate_version = VersionAdapter(fv2)
self.versions_by_origin = {
"Debian": [VersionAdapter(FakeVersion("foo"))],
"Another": [VersionAdapter(FakeVersion("bar")), VersionAdapter(FakeVersion("baz"))],
}
self.s = Status("foo", installed_version, candidate_version, self.versions_by_origin)
def test_package_without_candidate_version_and_current_unofficial(self):
self.fp.current_ver = FakeVersion._create('1.2.2', ['NotDebian'])
pa = PackageAdapter(self.fp)
pa.candidate_version = None
status = self.checker.check(pa)
self.assert_(status != None)
def setUpFakeVersion(self): self.fake_version = FakeVersion()
def setUp(self):
super(TestIntegraton, self).setUp()
dpkg_status_file = FakePackageFile(type = 'dpkg')
debian_stable_package_file = FakePackageFile(archive = 'stable')
debian_proposed_updates_package_file = FakePackageFile(archive = 'stable-proposed-updates')
debian_security_package_file = FakePackageFile(archive = 'stable-security')
local_package_file = FakePackageFile(origin = 'SnakeOil, Inc.', archive = 'etch')
libc6_version = FakeVersion('2.6.1-2etch1')
libc6_version.append_package_file(debian_stable_package_file)
libc6_version.append_package_file(debian_security_package_file)
libc6_updates_version = FakeVersion('2.6.1-2etch2')
libc6_updates_version.append_package_file(debian_proposed_updates_package_file)
libc6_updates_version.append_package_file(dpkg_status_file)
libc6 = FakePackage(name = 'libc6')
libc6.append_version(libc6_updates_version, True)
libc6.append_version(libc6_version)
libspf_version = FakeVersion('0.1-1')
libspf_version.append_package_file(debian_stable_package_file)
libspf_updates_version = FakeVersion('0.1-2')
libspf_updates_version.append_package_file(debian_proposed_updates_package_file)
libspf_local_version = FakeVersion('0.1-1~sl1')
libspf_local_version.append_package_file(dpkg_status_file)
libspf_local_version.append_package_file(local_package_file)
libspf = FakePackage(name = 'libspf')
libspf.append_version(libspf_version)
libspf.append_version(libspf_local_version, True)
libspf.append_version(libspf_updates_version)
libfoobar_version = FakeVersion('0.5-5')
libfoobar_version.append_package_file(debian_stable_package_file)
libfoobar_local_version = FakeVersion('0.5-5~sl1')
libfoobar_local_version.append_package_file(dpkg_status_file)
libfoobar_local_version.append_package_file(local_package_file)
libfoobar = FakePackage(name = 'libfoobar')
libfoobar.append_version(libfoobar_version)
libfoobar.append_version(libfoobar_local_version, True)
git_version = FakeVersion('1:1.5.2.5-2build1')
git_version.append_package_file(debian_stable_package_file)
git_backport_version = FakeVersion('1:1.5.6.3-1.1ubuntu2~mowsiany.1')
git_backport_version.append_package_file(dpkg_status_file)
git_backport_version.append_package_file(local_package_file)
git = FakePackage(name = 'git-core')
git.append_version(git_version)
git.append_version(git_backport_version, True)
self.apt_cache = self.struct()
self.apt_cache.packages = [git, libc6, libspf, libfoobar]
self.apt_depcache = self.struct()
version_table = {
'libc6': libc6_updates_version,
'libspf': libspf_local_version,
'libfoobar': libfoobar_local_version,
'git-core': git_backport_version}
self.apt_depcache.get_candidate_ver = lambda o: version_table[o.name]
self.reporter = self.mox.CreateMock(Reporter)
self.mock_progress = self.struct()
self.apt_pkg = self._create_mock_apt_pkg_module()
test_helper.copy_state_constants(self.apt_pkg, apt_pkg)
self.apt_pkg.Cache(self.mock_progress).AndReturn(self.apt_cache)
self.facter = self.mox.CreateMock(Facter)
self.facter.distributors_id = 'Debian'
def test_returns_a_status_object_on_package_with_same_current_and_candidate_both_only_locally(
self):
self.fp.current_ver = FakeVersion._create('1.2.3', ['dpkg'])
pa = PackageAdapter(self.fp)
pa.candidate_version = pa.current_version
self.assert_(self.checker.check(pa) != None)
def test_returns_a_status_object_on_package_with_same_current_and_candidate_both_only_locally(self):
self.fp.current_ver = FakeVersion._create('1.2.3', ['dpkg'])
pa = PackageAdapter(self.fp)
pa.candidate_version = pa.current_version
self.assert_(self.checker.check(pa) != None)
def test_analyze_version_in_dpkg_status_file_and_both_official_and_unofficial_source_returns_false(
self):
v = VersionAdapter(
FakeVersion._create('1.2.3', ['dpkg', 'Debian', 'NonDebian']))
self.assert_(not self.vchecker.analyze(v))
def setUp_mangle_fake_package(self):
self.setUpAddAVersion()
self.fake_package.current_ver = FakeVersion('1.xx.yy')
self.official_version = FakeVersion._create('2.3.4', ['Debian'])
self.fake_package.append_version(self.official_version)
def _prepare_package_with_candidate_from_official_source_and_current_from_unofficial(self):
self.fp.append_version(FakeVersion._create('1.2.2', ['NotDebian']), True)
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']))
pa = PackageAdapter(self.fp)
pa.candidate_version = VersionAdapter(FakeVersion._create('1.2.3', ['Debian']))
return pa
def test_returns_none_in_common_case_when_all_versions_available_additionally_from_unofficial_source(self):
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian', 'UnOfficial']), True)
self.fp.append_version(FakeVersion._create('1.2.2', ['Debian', 'UnOfficial']))
pa = PackageAdapter(self.fp)
pa.candidate_version = pa.current_version
self.assertEquals(self.checker.check(pa), None)
def test_package_without_candidate_version_and_current_unofficial(self):
self.fp.current_ver = FakeVersion._create('1.2.2', ['NotDebian'])
pa = PackageAdapter(self.fp)
pa.candidate_version = None
status = self.checker.check(pa)
self.assert_(status != None)
def setUpFakeVersion(self):
self.fake_version = FakeVersion()
def test_analyze_version_without_sources_returns_true(self):
v = VersionAdapter(FakeVersion._create('1.2.3', []))
self.assert_(self.vchecker.analyze(v))
def test_analyze_version_only_in_dpkg_status_file_returns_true(self):
v = VersionAdapter(FakeVersion._create('1.2.3', ['dpkg']))
self.assert_(self.vchecker.analyze(v))
def setUp(self):
super(TestInstantiation, self).setUp()
fv1 = FakeVersion()
fv1.append_package_file(FakePackageFile())
installed_version = VersionAdapter(fv1)
fv2 = FakeVersion('1.2.4')
fv2.append_package_file(FakePackageFile())
candidate_version = VersionAdapter(fv2)
self.versions_by_origin = {
'Debian': [VersionAdapter(FakeVersion('foo'))],
'Another': [
VersionAdapter(FakeVersion('bar')),
VersionAdapter(FakeVersion('baz'))
]
}
self.s = Status('foo', installed_version, candidate_version,
self.versions_by_origin)
def test_analyze_version_in_dpkg_status_file_and_both_official_and_unofficial_source_returns_false(self):
v = VersionAdapter(FakeVersion._create('1.2.3', ['dpkg', 'Debian', 'NonDebian']))
self.assert_(not self.vchecker.analyze(v))
def _prepare_package_with_candidate_different_from_current(self):
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']), True)
pa = PackageAdapter(self.fp)
pa.candidate_version = VersionAdapter((FakeVersion._create('1.2.4', ['Debian'])))
return pa
def test_analyze_version_without_sources_returns_true(self):
v = VersionAdapter(FakeVersion._create('1.2.3', []))
self.assert_(self.vchecker.analyze(v))
def setUpAddAVersion(self, source = 'NonDebian', version = 'blah'): self.fake_package.append_version(FakeVersion._create(version, [source]))
def test_analyze_version_only_in_dpkg_status_file_returns_true(self):
v = VersionAdapter(FakeVersion._create('1.2.3', ['dpkg']))
self.assert_(self.vchecker.analyze(v))
def setUp(self):
super(TestIntegraton, self).setUp()
dpkg_status_file = FakePackageFile(type='dpkg')
debian_stable_package_file = FakePackageFile(archive='stable')
debian_proposed_updates_package_file = FakePackageFile(
archive='stable-proposed-updates')
debian_security_package_file = FakePackageFile(
archive='stable-security')
local_package_file = FakePackageFile(origin='SnakeOil, Inc.',
archive='etch')
libc6_version = FakeVersion('2.6.1-2etch1')
libc6_version.append_package_file(debian_stable_package_file)
libc6_version.append_package_file(debian_security_package_file)
libc6_updates_version = FakeVersion('2.6.1-2etch2')
libc6_updates_version.append_package_file(
debian_proposed_updates_package_file)
libc6_updates_version.append_package_file(dpkg_status_file)
libc6 = FakePackage(name='libc6')
libc6.append_version(libc6_updates_version, True)
libc6.append_version(libc6_version)
libspf_version = FakeVersion('0.1-1')
libspf_version.append_package_file(debian_stable_package_file)
libspf_updates_version = FakeVersion('0.1-2')
libspf_updates_version.append_package_file(
debian_proposed_updates_package_file)
libspf_local_version = FakeVersion('0.1-1~sl1')
libspf_local_version.append_package_file(dpkg_status_file)
libspf_local_version.append_package_file(local_package_file)
libspf = FakePackage(name='libspf')
libspf.append_version(libspf_version)
libspf.append_version(libspf_local_version, True)
libspf.append_version(libspf_updates_version)
libfoobar_version = FakeVersion('0.5-5')
libfoobar_version.append_package_file(debian_stable_package_file)
libfoobar_local_version = FakeVersion('0.5-5~sl1')
libfoobar_local_version.append_package_file(dpkg_status_file)
libfoobar_local_version.append_package_file(local_package_file)
libfoobar = FakePackage(name='libfoobar')
libfoobar.append_version(libfoobar_version)
libfoobar.append_version(libfoobar_local_version, True)
git_version = FakeVersion('1:1.5.2.5-2build1')
git_version.append_package_file(debian_stable_package_file)
git_backport_version = FakeVersion('1:1.5.6.3-1.1ubuntu2~mowsiany.1')
git_backport_version.append_package_file(dpkg_status_file)
git_backport_version.append_package_file(local_package_file)
git = FakePackage(name='git-core')
git.append_version(git_version)
git.append_version(git_backport_version, True)
self.apt_cache = self.struct()
self.apt_cache.packages = [git, libc6, libspf, libfoobar]
self.apt_depcache = self.struct()
version_table = {
'libc6': libc6_updates_version,
'libspf': libspf_local_version,
'libfoobar': libfoobar_local_version,
'git-core': git_backport_version
}
self.apt_depcache.get_candidate_ver = lambda o: version_table[o.name]
self.reporter = self.mox.CreateMock(Reporter)
self.mock_progress = self.struct()
self.apt_pkg = self._create_mock_apt_pkg_module()
test_helper.copy_state_constants(self.apt_pkg, apt_pkg)
self.apt_pkg.Cache(self.mock_progress).AndReturn(self.apt_cache)
self.facter = self.mox.CreateMock(Facter)
self.facter.distributors_id = 'Debian'
def _prepare_package_with_candidate_different_from_current(self):
self.fp.append_version(FakeVersion._create('1.2.3', ['Debian']), True)
pa = PackageAdapter(self.fp)
pa.candidate_version = VersionAdapter(
(FakeVersion._create('1.2.4', ['Debian'])))
return pa